On Intelligence
Identity
Series Continued
This
is a bit out of order, but in some ways this post is easier to write. Intelligence is more
difficult to define than things such as
introversion/extroversion or sexuality, which gives more wiggle room as we discuss behaviors surrounding it. It can also be less
controversial, which may be good.
A
Tautology:
If
you teach a child under 15 a second language, they will know a second
language.
This
takes language as a skill requirement. Any individual without serious
brain damage we have to assume is capable of speaking a
second language by the age of 15. (If anyone doubts this, I can expand further.)
Second language attainment is often seen as a mark of education and
I argue that pretty much any other academic discourse, whether math
or science or logic (etc.), must be seen as within the same ballpark
as language acquisition. To learn math or chemistry is to learn a
discourse. It is to learn how to apply that discourse appropriately,
and in a way not wholly different than language use. There are obvious
differences, but as far as capacity to perform such skills or
knowledge sets they are seemingly similar.
Malcolm
Gladwell gets criticized often, perhaps fairly, but one of his main
messages from Outliers rings true with me, and I read that as a similar
tautology:
If
you teach a child under 18 to be an excellent violinist, they will be
an excellent violinist.
Meaning
that requisite skill attainment of playing violin, at least to the point that you and me are unlikely to be able to tell that they are not "highly proficient",
is capable of being taught to any individual. Such an idea is
irregardless of any “musical ability” that we think somehow
inheres within genetic structures. (Also see John Shenk, The Genius
in us all.)
A counterargument is that the amount of
work, the amount of environmental finesse we would have to engage in
to get such an individual to learn a second language by the age of 15
or to be truly excellent on the violin may mean that we would be
unable to teach them basic algebra, because we would be spending so
much time pounding a second language into such individuals. This is
one designation of intelligence after all, that there are marked
differences in knowledge or skill attainment. And it would make sense
that some individuals could acquire a certain amount of skills faster
than others. Perhaps we can create true excellence in one skill sphere in any individual but only to the detriment of
another. In the end, such a claim is true about every individual, and
about why we find benefits in the divided skill accomplishments among a community. One
can be a well-rounded but ready to specialize 20-year-old, but in
the end, even if such an individual tries to take in a wide swath of knowledge, there
is only so much depth that one can gain in any one area (and all
areas are specialized out the wazoo, nowadays). One may be able to go
in depth on 2 or 3 subjects or micro-subjects, but there is certainly
a point where one is going to be unable to fully follow the top
journals of many disparate fields. That is just the limit of the
beast that is knowledge.
With
that said, just the acknowledgment that (almost) any
individual is capable of being one very skilled chemist by the age of, say, 22,
is already to cast doubt on our intuitions that genes and
intelligence sets are somehow being appropriately tended to by the
environments we set up around all (and any) individuals. Or that we
even know how to generally speak about intelligence. Or that our schools
and reflections about such subjects are anywhere close to the
appropriate ballpark.
We
could go on and make two more claims. The first I do not think most
people argue for, but some surely do. The first is that as a society
we, or the Europeans or the Koreans, have set up a fairly level
playing field, and now such a field is sorting people through such
(genetic) intelligence differences. That is unquestionably wrong, and it is wrong across the nation, within communities and even within families. But we could tone that down and
say something more ordinary like, there is the possibility of creating
an equal opportunity educational system that will in the end sort
people by intelligence levels, so that those with more genetic intelligence gifts end up being the ones who are more knowledgeable and more skillful. I
think there is good reason to think that the second claim may be near
impossible as well, at least from our ground level.
In
the end, anyone who thinks that we can shrug at the gross disparity
between knowledge and skill attainment between individuals, or who
even hints that such differences have a significant genetic component
(other than as some trivial measure), must present some argument
about where such differences exist. It is difficult for me to argue
against the above tautologies. And as I see pretty much any other
knowledge attainment as falling along similar lines, the question
becomes how do we even begin thinking that radical environmental
changes to all individual lives are not the first and foremost change
that we should be arguing for. That is, we should be willing to setup
the environment around every individual in our society so that they
become (say) very good chemists. And again, by very good chemist here, I
mean something like in the top 10,000 chemist in the world. One that
is highly skilled and employable. Now, if genes come in, I may grant that due to genes some random individual may not be able to get into the
cream of the crop, say in the top 100. But can they adequately
perform the skills of an excellent chemist or those skills of our well-qualified doctors? Without a doubt. The argument that any given genetic repertoire
(other than significant impairment) renders any individual incapable
of such skill attainment is surely wrong.
Furthermore, we are products of our genes and environment, given that its not in the genes, then it is in the environment, and later in the programming/brain of that individual as they respond more complexly to the environment. And there is much low hanging fruit where such environmental factors are concerned. Due diligence is probably the first step.
Furthermore, we are products of our genes and environment, given that its not in the genes, then it is in the environment, and later in the programming/brain of that individual as they respond more complexly to the environment. And there is much low hanging fruit where such environmental factors are concerned. Due diligence is probably the first step.
Some other references:
Bruce Waller, Against Moral Responsibility
Annette Lareau, Unequal Childhoods
Peter Berger and Thomas Luckmann, Social Construction of Reality
Stanislas Dehaene, Reading and the Brain
Stanislas Dehaene, Reading and the Brain
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